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Showing 31 - 37 of 37 opportunities
The Sea Snail is an underwater apparatus that eases launch and recovery operations and maximises fixation or marine equipment to riverbed or seafloor without the expense and environmental consequence. The team from Robert Gordon University has developed the Sea Snail based on the familiar upturned a...
This energy saving technology uses visible light, including natural sunlight, to remove organic pollutants from water while providing electricity as a by-product by a process similar to that exploited in fuel cells. The electrical energy delivered may be used for self-diagnosis and to drive equipmen...
The Hybrid membrane technology, developed at Robert Gordon University, enables the separation of acidic gases from raw natural gas. Commonly acidic gas will be carbon dioxide or hydrogen sulphide and the raw natural gas usually includes mostly methane.The primary application for this technology is t...
An opportunity has arisen for a company to exploit commercially in partnership with Bioengineers at the University of Strathclyde a novel synovial joint bioreactor designed to support the growth and differentiation of human cells in vitro technology into functional replacement tissue constructs for ...
Photocatalytic reactors provide advanced water treatment options for a range of market sectors including the water industry, pharmaceutical, chemicals and the oil and gas industry. Research at Robert Gordon University has resulted in patent protected designs for new, safe chemical reactors using tit...
The technology, developed at the University of Aberdeen, relates to the MRI system which will cost significantly less than current equipment. Most existing magnetic resonance imagers are highly sophisticated, occupy a large amount of space and are costly to purchase and maintain. There are numerous...
Researchers at Heriot-Watt University (Edinburgh, Scotland) have developed an adhesive free method for writing conductive tracks on Dielectric, Ceramic or LCP film/ foils providing a strong bond and leaving no residue that could potentially de-gas or cause failure. Using a similar set up to the Lase...